// java wrapper for vtkWindowToImageFilter object // package vtk; import vtk.*; public class vtkWindowToImageFilter extends vtkAlgorithm { private native String GetClassName_0(); public String GetClassName() { return GetClassName_0(); } private native int IsA_1(String id0); public int IsA(String id0) { return IsA_1(id0); } private native void SetInput_2(vtkWindow id0); public void SetInput(vtkWindow id0) { SetInput_2(id0); } private native long GetInput_3(); public vtkWindow GetInput() { long temp = GetInput_3(); if (temp == 0) return null; return (vtkWindow)vtkObject.JAVA_OBJECT_MANAGER.getJavaObject(temp); } private native void SetMagnification_4(int id0); public void SetMagnification(int id0) { SetMagnification_4(id0); } private native int GetMagnificationMinValue_5(); public int GetMagnificationMinValue() { return GetMagnificationMinValue_5(); } private native int GetMagnificationMaxValue_6(); public int GetMagnificationMaxValue() { return GetMagnificationMaxValue_6(); } private native int GetMagnification_7(); public int GetMagnification() { return GetMagnification_7(); } private native void SetFixBoundary_8(boolean id0); public void SetFixBoundary(boolean id0) { SetFixBoundary_8(id0); } private native boolean GetFixBoundary_9(); public boolean GetFixBoundary() { return GetFixBoundary_9(); } private native void FixBoundaryOn_10(); public void FixBoundaryOn() { FixBoundaryOn_10(); } private native void FixBoundaryOff_11(); public void FixBoundaryOff() { FixBoundaryOff_11(); } private native void ReadFrontBufferOn_12(); public void ReadFrontBufferOn() { ReadFrontBufferOn_12(); } private native void ReadFrontBufferOff_13(); public void ReadFrontBufferOff() { ReadFrontBufferOff_13(); } private native int GetReadFrontBuffer_14(); public int GetReadFrontBuffer() { return GetReadFrontBuffer_14(); } private native void SetReadFrontBuffer_15(int id0); public void SetReadFrontBuffer(int id0) { SetReadFrontBuffer_15(id0); } private native void ShouldRerenderOn_16(); public void ShouldRerenderOn() { ShouldRerenderOn_16(); } private native void ShouldRerenderOff_17(); public void ShouldRerenderOff() { ShouldRerenderOff_17(); } private native void SetShouldRerender_18(int id0); public void SetShouldRerender(int id0) { SetShouldRerender_18(id0); } private native int GetShouldRerender_19(); public int GetShouldRerender() { return GetShouldRerender_19(); } private native void SetViewport_20(double id0,double id1,double id2,double id3); public void SetViewport(double id0,double id1,double id2,double id3) { SetViewport_20(id0,id1,id2,id3); } private native void SetViewport_21(double id0[]); public void SetViewport(double id0[]) { SetViewport_21(id0); } private native double[] GetViewport_22(); public double[] GetViewport() { return GetViewport_22(); } private native void SetInputBufferType_23(int id0); public void SetInputBufferType(int id0) { SetInputBufferType_23(id0); } private native int GetInputBufferType_24(); public int GetInputBufferType() { return GetInputBufferType_24(); } private native void SetInputBufferTypeToRGB_25(); public void SetInputBufferTypeToRGB() { SetInputBufferTypeToRGB_25(); } private native void SetInputBufferTypeToRGBA_26(); public void SetInputBufferTypeToRGBA() { SetInputBufferTypeToRGBA_26(); } private native void SetInputBufferTypeToZBuffer_27(); public void SetInputBufferTypeToZBuffer() { SetInputBufferTypeToZBuffer_27(); } private native long GetOutput_28(); public vtkImageData GetOutput() { long temp = GetOutput_28(); if (temp == 0) return null; return (vtkImageData)vtkObject.JAVA_OBJECT_MANAGER.getJavaObject(temp); } public vtkWindowToImageFilter() { super(); } public vtkWindowToImageFilter(long id) { super(id); } public native long VTKInit(); }